Analisa Perancanaan Lumpur Pemboran Menggunakan HPEBM pada Sumur "E" Lapangan "P"

E. Eko
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Abstract

The “E” well to be drilled is a development well in the “P” field located in the North Sumatra Basin. During the drilling operation in well “E” using HPWBM, HPWBM is used to overcome shale instability. This water-based mud is used because it is cheaper and more economical than using oil-based mud. However, this mud needs to be added with other chemicals because HPWBM has a weakness in controlling shale formation. The mud system design for the “E” well uses the offset well method, which uses data from nearby wells for comparison. Well “E” is divided into two intervals. Hole interval 12 1/4" with 9 5/8" casing from 24 m to 290 m depth using HPWBM. Then proceed with 8 1/2" hole intervals with 7" casing from 290 m to 530 m depth using the same mud. The problem this well will face is pressure at a depth of 500 m, thus increasing the mud density from 12 ppg to 14 ppg to prevent kick.
拟钻的“E”井是位于北苏门答腊盆地“P”油田的一口开发井。在“E”井的钻井作业中,采用高压高压钻井技术克服了页岩的不稳定性。之所以使用这种水基泥浆,是因为它比使用油基泥浆更便宜、更经济。然而,这种泥浆需要加入其他化学物质,因为高压高压钻井液在控制页岩地层方面存在弱点。“E”井的泥浆系统设计采用了邻井方法,该方法使用附近井的数据进行比较。“E”分为两个音程。井距为12 1/4”,套管为9 5/8”,井深为24米至290米。然后使用相同的泥浆,在290米至530米的深度范围内,使用8 1/2”井段和7”套管。该井将面临的问题是500米深处的压力,因此需要将泥浆密度从12 ppg增加到14 ppg,以防止井涌。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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